Mobile terminal using contactless sensor, method for control thereof. RU patent 2509344.

FIELD: information technology.

SUBSTANCE: touch screen displays a moving image which can be played back; a contactless sensor detects an object in the immediate vicinity of the touch screen and a controller controls the rate of playing back the moving image according to the degree of proximity of the object and the touch screen, wherein if the object touches the central region of the touch screen, an image frame is captured, and if the object touches the boundary region of the touch screen, a screen control menu of the moving image is displayed on the touch screen.

EFFECT: controlling a screen using a contactless sensor capable of detecting proximity of objects.

22 cl, 30 dwg

The technical field to which the invention relates

The present invention relates to a mobile terminal that allows you to perform various operations management screen through the use of a proximity sensor, and how to manage mobile terminal.

The level of equipment

The mobile terminal is a portable device equipped with at least one of: options for making a voice call and video call, remaining portable, functions for input and output information, the save function, data, etc. Since the function of the mobile terminal diverse, mobile terminal equipped with sophisticated functions such as capture still or moving images, music files, playing files with the moving image, games, reception of broadcast and wireless Internet. Especially the mobile terminal that implements one or many of these functions can be regarded as a full-featured media player.

In the mobile terminal/a full-featured multimedia player had made many attempts to realize complicated functions from the point of view of hardware and software. For example, attempts have been made to modify the environment of the user interface to give the user the ability to find and/or to select the function for simple and convenient way. In addition, since the mobile terminal is considered as belonging to the person for the expression of individual user attempts were made to make various stylistic changes in design, for example bilateral LCD screen or full-touch screen.

However, the mobile terminal is limited in space allocation regarding the user interface, for example, display and keyboard. This is mainly due to the fact that should be taken into account mobility, portability etc. terminal. Accordingly for effective use of the various functions provided in the mobile terminal, you need to control the functioning of the mobile terminal via a new input method instead of the existing process, based on the menu.

Disclosure of the invention

Accordingly variant of the implementation of the present invention is designed to provide mobile terminal that can perform various operations management screen with proximity sensor, which has a capability to detect the proximity of objects, and the way to control them.

Additional characteristics and advantages of the invention shall be presented in the subsequent implementation of the invention and partly should follow from the description or can be studied at practical use of the invention. Goals and other advantages of the invention can be implemented and achieved structure is described in detail in written implementation of the invention and claims, as well as in the attached drawings.

To achieve these and other benefits in accordance with the present invention, implemented and described in this document, the present invention are realized in mobile terminal, containing the touch screen to display moving images, proximity sensor to detect objects in the immediate vicinity of the touch screen and controller to control the speed of playback of moving images, in accordance with the state of the object in the immediate vicinity of the touch screen controller frame captures images of moving image when the object touches the touch screen while displaying a picture frame.

In accordance with another embodiment of the present invention, the mobile terminal contains the touch screen to display moving images, proximity sensor for detection of the object in the immediate vicinity of the touch screen and controller to control the speed of playback of moving images, in accordance with the state of the object in the immediate vicinity of the touch screen, the controller stops the movement of the moving image when the object touches the touch screen.

In one aspect of the invention, the controller with a certain step moves the image according to the object's motion on the touch screen where it touches the touch-screen. In another aspect of the invention, the controller captures the image with the moving image, according to the motion of the object on the touch screen where it touches the touch-screen. Alternatively, the controller frame captures images of moving image and facilitates the transfer of the captured image, according to the motion of the object on the touch screen where it touches the touch-screen.

Additional aspect of the invention, the controller displays a variety of images of a moving image when the object touches the touch screen, with many images contains at least one of: a picture frame, a previously displayed, the image currently displayed, and a picture frame that should be displayed when a moving picture again will start to move.

In accordance with another embodiment of the present invention, the mobile terminal contains the touch screen to display moving images, proximity sensor for detection of the object in the immediate vicinity of the touch screen and controller to control the speed of playback of moving images, in accordance with the state of the object in the immediate vicinity of the touch screen controller provides a menu screen capture on the touch screen when the object touches the touch screen.

In one aspect of the invention menu screen capture contains at least one of: functions to capture the current image function to display multiple images, moving images and features to capture multiple images of a moving image.

In another aspect of the invention, the controller provides a selection on the touch screen in accordance with the state of the object in the immediate vicinity of the touch screen selection menu contains at least one of: functions to continue viewing the current broadcast function to view the saved broadcasting and functions to complete view of broadcasting. Preferably menu screen capture is available on the touch screen via a popup.

In accordance with another embodiment of the present invention way to control mobile terminal contains a mapping of the moving image on the touch screen, object detection in the immediate vicinity of the touch screen, the playback speed of the moving image, in accordance with the state of the object in the immediate vicinity of the touch screen and capture the image of the moving image when the object touches the touch screen while displaying a picture frame.

In accordance with another embodiment of the present invention way to control mobile terminal contains a mapping of the moving image on the touch screen, object detection in the immediate vicinity of the touch screen, the playback speed of the moving image, in accordance with the state of the object in the immediate vicinity of the touch screen and the stopping of the moving image when the object touches the touch screen.

In one aspect of the invention, the way of additionally contains a movement with a certain step of the image, according to the motion of the object on the touch screen where it touches the touch-screen.

In another aspect of the invention of a way of additionally contains a snapshot image of the moving image, according to the motion of the object on the touch screen where it touches the touch-screen. Alternatively, the method also provides a snapshot image of the moving image and assistance in the transfer of the captured image, according to the motion of the object on the touch screen where it touches the touch-screen.

Additional aspect of the invention, the way of additionally contains a display of multiple images of a moving image when the object touches the touch screen, with many images contains at least one of: a picture frame, a previously displayed, the image currently displayed, and a picture frame that should be displayed when a moving picture again will start to move.

In accordance with another embodiment of the present invention way to control mobile terminal contains a mapping of the moving image on the touch screen, object detection in the immediate vicinity of the touch screen, the playback speed of the moving image, in accordance with the state of the object in the immediate vicinity of the touch screen and screen capture on the touch screen when the object touches the touch screen.

In one aspect of the invention menu screen capture contains at least one of: functions to capture the current image function to display multiple images, moving images and features to capture multiple images of a moving image.

Enclosed drawings which are included in order to provide additional understanding of the invention, and registered and form part of this detailed descriptions illustrate the variants of the invention and, together with a description serve to explain the principles of the invention. Signs, elements and aspects of the invention that have links with identical numbers, in different drawings are identical, equivalent or similar signs, elements or aspects in accordance with one or more choices of implementation.

Figure 1 - block diagram of the mobile terminal in accordance with the embodiment of the present invention.

Figure 2 - perspective view from the front of the mobile terminal in accordance with the embodiment of the present invention.

Figure 3 - perspective view behind the mobile terminal in accordance with the embodiment of the present invention.

Figure 4 - series of operations that shows how to control the mobile terminal according to the first variant of the implementation of the present invention.

Figure 5 - series of operations that shows how to control the mobile terminal according to the second variant of the implementation of the present invention.

Figa and 6B - sequence illustrating how to manage mobile terminal according to the third variant of implementation of the present invention.

Figa and 7B - sequence illustrating how to manage mobile terminal according to the fourth draft of the implementation of the present invention.

Figa and 8B - flow that shows how to control the mobile terminal according to the fifth variant of the implementation of the present invention.

Figure 9 - series of operations that shows how to control the mobile terminal according to the sixth version of the implementation of the present invention.

Figure 10 - series of operations that shows how to manage mobile terminal according to the seventh version of the implementation of the present invention.

11 and 12 diagrams that illustrate the functioning of the proximity switch according to one variant of the implementation of the present invention.

Fig-16 - diagram illustrating the process of creation of the captured image via touch input method control the mobile terminal according to one embodiment of the present invention.

Fig diagram illustrating the process of display screens with multiple frame and capture the screen by touching the screen in the way of managing the mobile terminal according to one embodiment of the present invention.

Fig-20 - diagram illustrating functional process, when injected signal of touch with the orientation in the way of managing the mobile terminal according to one embodiment of the present invention.

Fig-23 - diagram illustrating the case when the screen capture is performed via the menu icons in the way of managing the mobile terminal according to one embodiment of the present invention.

Vig-27 - diagram illustrating the case when the screen brightness is controlled in accordance with the signal of intimacy in the way of managing the mobile terminal according to one embodiment of the present invention.

The implementation of the invention

Now the present invention will be described in detail in connection with specific cases, with reference to the accompanying drawings.

Mobile terminal, described herein, may include mobile phone, smartphone, laptop, digital broadcasting, personal digital assistants (PDAs), portable multimedia players (PMP), navigation device, etc.

Figure 1 - block diagram showing the design of the mobile terminal in accordance with the embodiment of the present invention. Mobile terminal in accordance with the embodiment of the present invention is described with reference to figure 1, from the point of view of the constituent elements according to the functions.

Referring to figure 1, the mobile terminal 100 may include block 110 wireless unit 120 input audio/video (A/V), block 130 user input block 140 detect, block 150 o, storage device, 160, interface unit 170, 180 controller and unit 190 power. Here, when the above constituent elements are implemented in practice, two or more of the elements can be combined in one complex element or one integral element can be divided into two or more constituent element if necessary.

Block wireless 110 may include module 111 reception of broadcasts, the module 113 mobile communication module 115 wireless Internet module 117 connection at a close distance, the module 119 global positioning system (GPS), etc.

Module 111 reception of broadcasting takes at least one signal broadcasting and information relating to broadcasting, from the external server control broadcasting of the channel broadcasting. The channel broadcasts may include satellite channel, ground wave channel, etc. The management server is broadcasting can refer to the server that generates and sends at least one signal broadcasting and information relating to broadcasting, or on a server that accepts at least one of the previously formed signals broadcast and previously formed information relating to broadcasting, and passes them to the device.

Information relating to broadcasting, may refer to information relevant to channels broadcasting, programs of broadcasting and/or providers of broadcasting. Signals broadcast may include not only the signals of TV broadcasting, the radio signals and signals broadcast data, but also signals broadcast, in which the signals broadcast signals or radio combined with signals broadcast data. Information, related to the broadcast, as may be provided in the mobile network. In this case associated with the broadcasting of the information may be received via the module 113 mobile communication. Associated with broadcasting information may exist in different forms. For example, connected with broadcasting of information can be in the form of an electronic programme manuals (EPG), digital multimedia broadcasting (DMB), electronic service manual (ESG) digital video for handhelds (DVB-H), etc.

Module 111 reception of broadcasting receives signals broadcast by the use of various systems of broadcasting. In particular, the module 111 reception of broadcasting can receive signals broadcasting systems digital broadcast, such as digital terrestrial broadcasting media (DMB-T), digital satellite broadcast media (DMB-S), media only in a straight line (MediaFLO), digital video broadcasting handheld (DVB-H) and digital terrestrial broadcasting integrated services (ISDB-T). Additionally, the module 111 receive broadcasts can be made with the possibility of use not only for the above systems digital broadcast, but also for all broadcasting systems that provide signals broadcasting. Signals broadcast and/or related to the broadcasting of information received through the module 111 reception of broadcasts, can be stored in a storage device 160.

Module 113 mobile transmits or receives radio signals in the or, at least, a single base station external terminal or a server in the mobile network. Here, the radio signals can include various forms according to the data transmission/reception of voice, signals, video, or text/multimedia messages.

Module 115 wireless Internet references module for wireless access to the Internet. Module 115 wireless Internet can be embedded in mobile terminal 100, or to be outside of the mobile terminal 100. Module 117 connection at a close distance refers to the module for connecting to a close distance. Connection technology at close range may include Bluetooth, radio frequency identification (RFID), a standard for data transmission via infrared channel (IrDA), ultrawideband radio (UWB), ZigBee, etc. GPS module 119 takes the positioning information from a variety of GPS satellites.

Unit 120 A/V input is intended for input of audio or video signals and can include a camera 121, microphone 123 etc. Luggage 121 handles the image frames, such as a still image or moving images that are detected by a sensor image in video call mode or in capture mode. Processed the image frames can be displayed on the unit 151 display.

The image frames processed in the camera 121, can be stored in a storage device or transmitted out through the unit 110 wireless communications. Luggage 121 can be provided in the plural under the aspect of the device configuration.

Microphone 123 accepts external audio signals in challenge mode, write mode, the mode of speech recognition, etc. and transforms sound signals into electric sound data. In the call, processed audio data can be converted into a format that can be transmitted to the base station of mobile communication through the module 113 mobile and then withdrawn. Microphone 123 can use a wide variety of noise reduction noise reduction arising from the sound reception.

Block 140 detection perceives the current state of the mobile terminal 100, for example the closed state of the mobile terminal 100, position the mobile terminal 100, if the user touches etc. and generates signal detection to control the functioning of the mobile terminal 100. For example, when a mobile terminal 100 - this phone is a slider, block 140 detection perceives it, open the phone is a slider or not. Block 140 detection also has detection of the fact that there is power in block 190 power supply attached whether the interface module 170 to an external device, etc.

Block 140 detection may include non-contact sensor 141. The proximity sensor 141 can detect approaching objects present or nearby objects without mechanical contact. The proximity sensor 141 can detect nearby objects using the change alternating magnetic field, change the static magnetic field, the capacitance value, etc. According to the aspect configuration can be provided with two or more non-contact sensor.

Block 150 conclusion is made with the ability to output audio signals, alarm signals and warning tones, and may include block 151 display module, 153 audio output block 155 warning etc.

Block 151 display displays information processed in the mobile terminal 100. For example, when the mobile terminal is in challenge mode, block 151 display can display the user interface (UI) or graphical user interface (GUI), related to the call. When the mobile terminal is in the video call mode or in capture mode, the unit 151 display can display captured or taken the images, and display the UI or the GUI.

In the case when the block 151 display and touchpad form a layered structure in order to make the touch screen as described above, the unit 151 display can also be used as a device of input and output device. When a block 151 display designed as a touch screen, it may include a touch screen panel, the panel controller touch screen, etc. In this case, the panel touch screen is a transparent panel, attached to the outer side, and can be attached to the internal bus of the mobile terminal 100. Touch screen panel sends appropriate signals to the controller, touchscreen panel when there is a touch input. The controller touchscreen panel handles the appropriate signals received from touchscreen panel, and passes the relevant data controller 180. Accordingly controller 180 can know whether there is a touch and to what area of the touch screen the touch.

Additionally, the unit 151 display may include at least one of: liquid crystal display, LCD TFT, organic light-emitting diode, flexible display and 3D display. There could be two or more blocks 151 display in accordance with the type that implements the mobile terminal is 100. For example, the mobile terminal 100 can be equipped with external display unit (not shown) and indoor unit display (not shown).

Module 153 audio output outputs the audio data is taken from the unit 110 wireless mode, an incoming call, dial mode, write mode, the mode of speech recognition mode incoming broadcast, etc., or stored in memory, 160. Module 153 audio output displays audio signals relating to the functions that are performed in the mobile terminal 100, for example sounds a ringing tone and sound of an incoming message.

Block 155 warning outputs signals to inform you about events generated in the mobile terminal 100. For example, developments in the mobile terminal 100, may include signal received call, the message, the input signal buttons, etc. Block 155 warning can also receive signals in order to inform about the accident events in different ways, in addition to audio and video signals. For example, the block 155 warning can output signals in the form of vibration. When the signal is received call or received a message block 155 warning can generate vibration in order to inform about the reception of the signal call or message. Alternatively, when you enter the alarm button, the unit 155 warning can generate vibration feedback to the input signal of the button. The user can be notified about the accident events through this vibration. It should be understood that the signals to inform about the accident events can also be output via the unit 151 display and/or via module 153 audio output.

Storage device 160 can save programs needed to process and manage the controller 180 and temporarily store the input and output data (for example, the phone book, message, still image, moving image and the like).

Interface unit 170 functions as the interface with external devices connected to the mobile terminal 100. For example, an external device connected to a mobile terminal 100, can include wired/wireless headset, charger, wired/wireless data ports, memory card, socket for cards such as card subscriber identity module (SIM)/subscriber identity module (UIM), terminal input/output (I/O) audio, terminal I/O video, earphone, etc. Interface unit 170 can receive data from external devices can be supplied with electricity, can transfer received data to the corresponding integral element of the structures inside the mobile terminal and 100 can transmit data within the mobile terminal 100 in the external device.

The controller 180, in General, controls the function of each item to control the overall operation of the mobile terminal 100. For example, the 180 controller can perform the appropriate management and processing for voice calls, send and receive data, video, etc. The 180 controller can be equipped with a module of 181 play media to play media. Module 181 media playback can be configured by hardware inside the controller 180 or programmatically separately from the controller 180.

Block 190 power supply is powered from an external power or internal electricity and delivers electricity required for operation of each component, composite structural elements controller is 180.

Mobile terminal relating to the present invention, described from the point of view of the elements of a design according to their functions. Further, the mobile terminal relating to the present invention, described from the point of view of the elements of design in accordance with their external forms with reference to Figure 2 and 3. Of the many types of mobile terminals, including folding type, a common type of swing-the type and the sliding type; mobile terminal sliding type, equipped screen will be further described as an example for ease of description. However, you should understand that this invention is not limited to mobile terminal sliding type and can be applied to all types of mobile terminals, including the above-mentioned types.

Figure 2 - perspective view from the front of the mobile terminal in accordance with the embodiment of the present invention. Referring to figure 2, the mobile terminal includes the first case 100A and the second building of the 100V, which may shift, at least along one direction of the first building 100A.

The state, when the first case 100A overlaps with the second case 100V, can be referred to as a closed configuration, and the state, when at least part of the second building 100V disclosed the first case 100A, as shown in figure 2, can be mentioned as an open configuration.

Configuration when the mobile terminal 100 closed, the mobile terminal in total operates in standby mode, but the standby mode can be unlocked by means of manipulation. Configuration when the mobile terminal 100 open mobile terminal 100 in total operates in the call, or the like, but the call can be switched to standby mode by means of manipulation or after a certain period of time.

Casing comprising the external form of the first building 100A, consists of the first front cover 100A-1 and the first rear cover 100A-2. A variety of electronic components integrated in the space formed by the first of the front cover 100A-1 and the first rear cover 100A-2. At least one intermediate casing can be located between the first front cover 100A-1 and the first rear enclosure 100A-2. The covers can be made of molded plastic, or can be made of a metal such as stainless steel or titanium.

Block 151 display, the first module a sound output and first camera I can be placed in the first case 100A, more specifically in the first front cover 100A-1.

Block 151 display includes LCD, OLED, etc. for visual display of information. The touch panel may be placed over the block 151 display in a layered structure so that the block 151 display can function as a touch screen and allow you to enter information through touch user. The first module a sound output can be implemented using the receiver or speaker. First Luggage a can be designed to capture the image or the moving image, user, etc.

From first to third blocks 130a, 130b and 130c user input can jointly called block 130 user input. Block 130 user input can accept any kind of input method, while it supports the tactile method.

For example, the block 130 user input can be implemented using a domed switch that can accept commands or information from the manipulation of clicking and user's touch, or may be implemented by a tire or wheel button, or controlled by a joystick.

From the point of view of functionality, the first block 130A user input made with the possibility to enter commands, such as starting, ending or scrolling, numbers, text, symbols, etc. the Second and third blocks 130b and 130c user input can be used as hot buttons for activating special features in the mobile terminal.

Microphone 123 can be implemented appropriately, which is perfect to take the user's voice, other sound etc. Interface unit 170 acts as a channel through which the mobile terminal in accordance with the present invention can communicate with external devices. For example, interface unit 170 can be, at least one of the means of connection for attaching a headset wired or wireless manner port for exchanging data over short distances, or connector power supply for electrical power in the mobile terminal is 100.

Interface unit 170 can be a socket for cards to accept external cards, such as SIM, UIM cards and memory to store information.

Block 190 power to supply electricity to the mobile terminal is a part of the second rear cover 100V-2. Block 190 of power supply can be, for example, rechargeable battery and can be attached with the possibility of removing the second case 100V for charging etc.

Figure 3 - perspective view behind the mobile terminal, shown in figure 2. Referring to figure 3, the fourth block 130d user input type wheels and a second camera 121b can be additionally attached to the back surface of the second rear cover 100V-2 second building 100V. The fifth block a user input can be located on the lateral surface of the second building 100V.

Second camera 121b has direction photography, which is essentially the opposite of the first chamber a and can have a number of pixels that differ from the number of pixels of the first chamber a. For example, the first chamber I may have fewer pixels, sufficient for photographing user and send photographed faces the opposite side of the video, or the like Second camera 121b can have more pixels, as photographed objects can not be transmitted immediately after taking a picture, for example.

Flash 125 and mirror (not shown) can additionally accommodate near the 2nd camera 121b. Flash 125 implemented with the possibility to illuminate the subject when the subject is photographed using the second camera 121b. The mirror is made with the opportunity to reflect on the user when the user taking pictures of your face or the like (independent photos) using the second camera 121b.

The second module of the audio output (not shown) may accommodate in the second rear casing 100V-2. The second module of the sound output can implement together with the first module a audio output and can also be used to call in Handsfree mode.

Antenna (not shown) to receive signals broadcast, as well as the antenna for the call, etc. can be placed on one side of the second rear cover 100V-2. Antenna 105 may speak of the second building 100V. The sliding part of the module, which connects with the ability to shift the first building 100A and the second building of the 100V, can be located on the side of the first rear cover 100A-2 of the first building 100A. Another part of the sliding module can be located on the second part of the front cover 100V-1 second building 100V so that he might not appear outwardly, as shown in figure 3.

As described above, the second chamber 121b, etc. are located in the second building 100V. However, this invention is not limited to the above posting. For example, one or more of the elements of a design, which is accommodated in the second rear casing 100V-2 together with the second camera 121b, etc. can be placed in the first case 100A, basically in the first rear casing 100A-2. Hence the advantage is that the constituent elements located in the first rear casing 100A-2, protected by the second building 100V in a closed configuration. Additionally, although the second camera 121b not included in the design of the individual element, the first chamber a can be placed with the possibility of rotation to take pictures even in the direction of photographing the second chamber 121b.

Block 190 power supply for electrical power in the mobile terminal is a part of the second rear cover 100V-2. Block 190 of power supply can be, for example, rechargeable battery and can be attached with the possibility of removing the back cover 100A-2 to recharge etc.

Figure 4 - series of operations that describes how to manage the mobile terminal in accordance with the first embodiment of the present invention.

Referring to Figure 4, if caused playback menu for the moving image (for example, a media file) according to the custom command and the selected file with the moving image, which must be reproduced, 180 controller controls the screen with the moving image at which the selected file with the moving image is reproduced so that it is displayed on the unit 151 display, such as a touch screen, during S200.

The controller 180 defines, is there a proximity sensor 141 signal to close during the display screen with the moving image, at the stage S205. If present, as a result of the definition, the signal of intimacy, which is formed when a user's finger, stylus, index, etc. is approaching the block 151 playback, and is found by adjoining a contactless sensor 141, 180 controller controls the playback speed of the moving image, according to the detected signal of intimacy, at the stage S210. Here, 180 controller can control the speed of playback of moving images, so the slow speed when the degree of approximation of the maximum according to the detected signal on the next. Alternative, 180 controller can control playback speed of the moving image, to increase the speed when the degree of approximation of the maximum under-used environment.

After the signal about the proximity found, and, therefore, the playback speed of the moving image is managed to slow down or speed up, if the user's finger, etc. is removed from the proximity sensor and therefore the signal about the proximity is not detected, moving image may be reproduced in its original playback speed. Additionally, when the playback speed of the moving image becomes lower or higher according to the detected signal vicinity, on the block 151 display can be displayed alarm icon that indicates the current playback speed of the moving image below or above the normal speed. At the same time on the block 151 display can also be displayed with an icon indicating that it was discovered approaching object, an icon indicating the degree of approximation detected approaching the subject, etc.

At that time, while the playback speed of the moving image is managed according to the signal of intimacy, as described above, are defined at the stage S215 whether you entered the signal touch through the block 151 display. If, as a result of determination, a signal that touch was introduced, the controller 180 stops playback of moving images and capture the screen, which touched on the stage S225. The captured image is created through such a screen capture. Created captured image is set to the name of the file controller through 180 and then it saves it in the specified area of the storage device 160. At this time, when injected signal about a contact, playing moving images may be suspended and may be displayed menu to select whether to perform a screen capture, according used to the environment. Alternatively, once the capture is complete, you may see a message informing you that the takeover was completed.

Further, the controller 180 displays the captured image on the block 151 display and then determines whether the completion screen capture phase S235. If, as a result of determination, the completion screen capture controller 180 starts again suspended playback of moving images, and displays moving images on the block 151 display, on the stage S200. If, as a result of the determination, at the stage S215, a signal that touch was not inserted, the controller 180 continues to execute processes (S220, S200) playback of moving images, and display the screen with the moving image on the block 151 display up until the moving image will not be suspended.

In this process, the playback speed of a moving image may slow down when approaching the user's finger, etc. to the screen with the moving image, which must reproduce quickly, and can be created captured image by tapping the desired screen. Alternative order could be carried out operations different from the screen capture, according to the signal about a contact, other operations can be performed when there is a touch of the border area of the screen with the moving image, and the activity related to the screen capture can be performed only when there is a touch a Central area of the screen. For example, when the signal about the touch is introduced on the border area of the screen with the moving image or area in which the screen with the moving image is not displayed on the block 151 display, playback of moving images may be suspended or can be displayed menu, related to the control screen, etc.

Figure 5 - series of operations that describes how to manage mobile terminal, in accordance with the second embodiment of the present invention. In this embodiment, the processes (S250 - S270) playback of the selected file with the moving image, display the screen with the moving image and the playback speed of the moving image, according to the detected signal proximity up until playback of a motion picture is stopped, identical to the process described above of option exercise. Accordingly description of processes to be omitted to simplify the description.

Under this option the implementation of the system determines whether the entered signal touch through the block 151 display, while the playback speed of the moving image is managed according to the signal on the next. If the signal on the touch was introduced, the controller 180 stops playback of moving images, and then manages a specific number of screens with frames that are before and after screen to which touched to display on the unit 151 display, on the stage S275. At this time a number of screens shots displayed on the block 151 display, can be changed according to the custom command, etc., and a specified number of screens with frames can be displayed as an image in the form of a thumbnail.

Then determined whether the chosen any one of the screen shots displayed on the block 151 display, by entering the touch or the like, at the stage S280. If, as a result of determination, any one of the screens with the staff was selected, the controller 180 captures the selected screen, during S290. The captured image is created through such a screen capture. Created captured image is set to the name of the file controller through 180 and then it saves it in the specified area of the storage device 160. Next, you may see a message informing you that a captured image has been created and saved.

Next, you define whether you select another screen with frames that are displayed on the block 151 display, on the stage S295. If, as a result of determination, was chosen another screen with the frame controller 180 re-runs the process (S290) capture the selected screen. However, if any one of the screen shots displayed on the block 151 display is selected on the stage S280 and S295, you define whether you have selected the completion screen capture phase S285. If, as a result of determination, the completion screen capture, 180 controller returns to the process (S250), which recreates the moving image and the screen with the moving image is displayed.

In this process, the user can capture the screen, which touched, and the required screen, which is selected from the screens with the staff before or after the screen to which touched.

Figa and 6B - the sequence of operations that describes how to manage mobile terminal according to the third variant of implementation of the present invention. In this embodiment, the processes (S300 - S320) playback of the selected file with the moving image, display the screen with the moving image and the playback speed of the moving image, according to the detected signal proximity up until playback of a motion picture is stopped, identical to the processes described above options for the implementation. Accordingly description of processes to be omitted to simplify the description.

Under this option the implementation of the system determines whether the entered signal touch through the block 151 display, while the playback speed of the moving image is managed according to the signal on the next. If the signal on the touch was introduced, the controller 180 captures the screen to which touched, creates the captured image and displays the captured image on the block 151 display in full screen mode at the stage S325. Here, the captured image can be saved in predefined areas with a predefined name of the file, and can be displayed menu to allow the user to choose a file name and store the captured image. When the captured image is saved, it is saved associated with capture information.

You then determine if the signal is entered on the touch and drag with the left or right direction, or the signal of touch with the first direction, such as the signal-clicking with the left and right directions, including drawing operations on the surface of the touch screen finger, etc. on stage S330. If, as a result of the definition, it is a signal about «tapping and dragging» and a signal of «tapping», 180 controller displays a screen with the previous frame or the screen followed by a frame in the block 151 display in the direction indicated by a signal about a contact, using the captured image as the screen with the current frame, on the stage S335.

For example, when you enter a signal of touch with the left orientation, you may see a screen with a frame before the current frame, and when you enter the signal of touch with the right direction, you may see a screen with a frame after the current frame. In this case you may see a screen shot immediately before or after the current frame, or you may see a screen with a frame in a few frames before or after a few frames of the current frame according to your settings.

Next, you determine whether you entered the signal touch through the block 151 display in the state when the screen shot before or after the captured frame on stage S340. If, as a result of the definition introduced a signal about the touch controller 180 capture the screen with the frame to which touched, and creates the captured image on the stage S345. It then determines whether there was again touching the captured image on the stage of the S350. If, as a result of determination to captured image again touched, the controller turns over 180 captured image and controls associated with capture information on the reverse side to show it on stage S360. Associated with capture information can include the file size and date of creation of the selected captured images, the information related to the captured moving images, etc.

It then determines whether there was again touch the back side of the captured image or some time passed without entering a touch on the stage S365, 180 controller manages the original captured image before turning to show it on stage S370 and then returned to the process (S330). However, if, as a result of the determination, at the stage S350, captured images are not concerned determines whether the selected completion screen capture phase S355. If, as a result of determination, the completion screen capture, 180 controller returns to the process (S300), where it continues to play the moving image and displays the screen with the moving image.

In this process the desired screen from screen shots of the previous or subsequent relative to the screen, to which touched, can be captured and can be created in the captured image. Additionally, although the directions to the left and right have been described as the first direction in this embodiment, the direction of the signal on tap that can display a screen with the frame, the previous or next on the screen, which touched, can be freely set according to the command of the user or the like

Figa and 7B - the sequence of operations that describes how to manage mobile terminal according to the fourth draft of the implementation of the present invention. In this embodiment, the processes (S400 - S420) playback of the selected file with the moving image, display the screen with the moving image and the playback speed of the moving image, according to the detected signal proximity up until playback of a motion picture is stopped, identical to the processes described above options for the implementation. Accordingly description of processes to be omitted to simplify the description.

Under this option the implementation of the system determines whether the entered signal touch through the block 151 display, while the playback speed of the moving image is managed according to the signal on the next. If you have entered the signal of the touch controller 180 stops playback of moving images and manages suspended the screen to show it on stage S425.

Then, you define a number, enter a signal about a contact in the first direction, for example, upwards or downwards, at the stage S430. If, as a result of determining the signal you touch entered the controller 180 captures the screen to which touched, and creates the captured image on the stage S435, and then displays a menu to select, move created a captured image to a storage location for captured images, at the stage S440. If, as a result of determination, was selected menu to move the captured image in the folder, the controller 180 moves created captured image preset folder store and manages the selected operation so that it was performed on stage S460. After that, if you stop the playback of moving images, playback stops moving image, but if you stop the playback of moving images is not selected, the controller 180 continues to play, a moving image on stage S465.

If, as a result of the determination, at the stage S440, menu to move created the captured image in the folder is selected, the controller 180 manages the display menu so that it disappeared and then determines whether there was introduced a signal about a contact in the second direction, for example, upwards or downwards, different from the first direction, at the stage S445.

If, as a result of the definition, the signal about a contact in the second direction was introduced, 180 controller controls the screen with the frame before or after paused screen to show it on the display unit, at the stage S450. Then, you define whether you selected the completion screen capture phase S455. If, as a result of determination, the completion screen capture is selected, the controller 180 returned to the process (S430).

Figa and 8B is a sequence of operations that describes how to manage mobile terminal according to the fifth variant of the implementation of the present invention. In this embodiment, the processes (S500 - S520) playback of the selected file with the moving image, display the screen with the moving image and the playback speed of the moving image, according to the detected signal proximity up until playback of a motion picture is stopped, identical to the processes described above options for the implementation.

Under this option the implementation of the system determines whether the entered signal touch through the block 151 display, on the stage S515, while the playback speed of the moving image is managed according to the signal on the next. If you have entered the signal of the touch controller 180 stops playback of moving images and displays paused the screen on the unit 151 display, on the stage S525. Then, you define whether you entered the signal about a contact in the first direction, at the stage S530. If, as a result of determination, was introduced signal about a contact in the first direction, the controller 180 captures suspended the screen creating a captured image on the stage S535.

Then, you define whether you entered the signal about a contact in the second direction, at the stage S540. If, as a result of determination, was introduced signal about a contact in the second direction, the controller 180 captures suspended the screen and puts the current mode is in a mode of communication at the stage S550. Here, the communication mode refers to a mode where it can be connected, for example, a voice call, video call, send and receive messages and data sharing. Then, you define whether you selected editing the captured images in a mode of communication at the stage S555. If, as a result of determination, was selected by editing the captured images, the controller provides 180 menu, where the captured image can then be edited on the stage S560.

Next, 180 controller manages the operations that were selected in the mode of communication, so that they run on stage S565. Examples of operations selected in the mode of communication may include the operation to transfer the captured images, the operation for writing messages, using the captured image as your background images and send the recorded image, the operation to transfer the captured image as the rollover image in video call, etc.

After that, if you stop the playback of moving images, playback stops moving image, but if you stop the playback of moving images is not selected, the controller 180 continues to perform the playback process of the moving image and the display screen with the moving image, at the stage S570.

Figure 9 - series of operations that describes how to manage the mobile terminal in accordance with the sixth embodiment of the present invention. Referring to figure 9, if caused playback menu for the moving image (for example, a media file) according to the custom command and the selected file with the moving image, which must be reproduced, 180 controller plays the selected moving image and controls the screen with the moving image so that it appears on the block 151 display, for example, on the touch screen, during the S600. The controller 180 determines discovered and adopted, whether from the proximity sensor 141 signal to close during the display screen with the moving image, at the stage S605.

If, as a result of determining that a signal is being received on the proximity, which is created when, for example, the palm of the user or the like, reaches proximity sensors, the controller controls the brightness of the screen with the moving image, at the stage S610. Here, the signal about the proximity can be formed when the palm of a user with a broader scope of detection than the finger that is approaching a contactless sensor. Additionally, the brightness of the screen with the moving image can be managed so as to darken to such an extent that the contents of the screen cannot be recognized, or the screen with the moving image can be switched off completely.

Then, you define, in the condition, when the brightness of the screen with the moving image is managed according to the signal of intimacy, have you entered the signal about a contact through the block 151 display, on the stage S620. The controller 180 stops playback of moving images on stage 625 and displays the menu screen on the stage S630. At this time display the menu screen may be a menu displayed in the idle state menu associated with the management of the moving image, set menu from the user, etc.

In the above process, as it has been described that when detected tone of intimacy, the screen brightness is controlled so as to become dark, and despite the fact that the signal of intimacy not found, supported managed the brightness of the screen. However, the brightness of the screen can be operated only when it detects the signal of intimacy, and the screen brightness can be controlled so that you have the original brightness when the signal about the proximity is not detected, according used to the environment.

Figure 10 - series of operations that describes how to manage the mobile terminal in accordance with the seventh of the embodiment of the present invention. In this embodiment, describes an example, in which the screen is controlled according to the signal of intimacy, when viewed broadcasting.

Referring to figure 10, signal broadcasting, selected according to the custom command, is made via a plug-111 reception of broadcasting controller 180, at the stage S650. Module 111 reception of broadcasting demodulates the received signal broadcasting and generates traffic. Formed transport stream is divided into elementary streams, such as video, audio and data, and then decoded so that playback signals broadcasting, such as audio and video, as well as information data can be generated each transport stream, at the stage S665. The controller 180 displays the playback signals broadcast on the block 151 display, so that the screen broadcasting appears on the display unit 151, at the stage S660.

The 180 controller determines whether the discovered and adopted the tone of intimacy, which is created when, for example, the palm of the user or the like, reaches proximity sensors, while display screen, broadcast on stage S665. If, as a result of determining the signal proximity was adopted, 180 controller controls the brightness of the screen, broadcast on stage S670. Here the brightness of the screen broadcasting can be managed so as to darken to such an extent that the contents of the screen cannot be recognized, or the screen with the moving image can be switched off completely.

Next, 180 controller manages reproducible signal broadcasting, taking them out of the module 111 receive broadcasts in order to save storage device 160, at the stage S675. At this time the controller 180 can output signal notification, for example the index icon informing you that the screen broadcasting saved.

Then, you define in the state when the screen brightness broadcasting is controlled according to the signal of intimacy, whether entered the signal touch through the block 151 display, on the stage S680. If, as a result of determination, a signal that touch was introduced, determines whether to play the saved broadcasting, on the stage S685. If, as a result of the definitions stored broadcasting will be played, the controller 180 manages saved by broadcasting signals to reproduce on stage S690. Next, you define whether you have selected the playback is stopped broadcasting on stage S695. If, as a result of determination, stop playing broadcasting was not selected, the controller 180 returned to the process (S650)where the selected signal broadcasting is decoded, and the screen TV broadcasting is displayed.

In the case of a mobile terminal with the shift function of time, the screen brightness can be controlled using the shift function of time in order to continuously play the parts that were not displayed on the block 151 display and/or the subsequent parts.

In this process, when a palm user or similar approaches to non-contact sensor, the screen brightness broadcasting can be managed so as to darken to such an extent that the contents of the screen cannot be recognized, or the screen TV broadcasts can be completely disabled. Additionally, when the screen brightness is controlled, can be solved, whether to sound the signal according to your settings.

11 and 12 - diagrams showing the functioning of non-contact sensor. Citing 11, when the user's finger is approaching the display unit, a proximity sensor, placed in the first case, etc. and perceives this approximation and displays the signal on the next. Here, when a finger is placed in position A, B or C can be derived variety of signals proximity respectively.

Additionally, includes plenty of contactless sensors with different detection area. In this state, the case when the signal about the proximity derive from all non-contact sensors, and in the case when a signal is output from any one of several non-contact sensors, are compared with each other, can be identified in the case when a finger comes nearer to contactless sensors, and in the case when a palm user, have a vast area of detection than detection area finger approaches to non-contact sensors.

Accordingly, the 180 controller can control the speed of playback of moving images, so can slow it down or speed up, according to the proximity of the user's finger. For example, if the user's finger is moving away from the position And, given how critical position, any signal on the proximity cannot be detected. Thus, the 180 controller can play a moving image with baseline normal speed. Additionally, when a palm user or similar approaches to non-contact sensor, can be controlled by the brightness of the screen.

Fig shows the case when the user's finger is approaching, and then applies to the display unit. When the finger touches the block 151 display, 180 controller may determine that it was a touch input, in what area of the block 151 display happened touch, etc. on the basis of a signal about touch, taken from block 151 display, which includes touch screen.

Vig-27 - plans showing how to manage mobile terminal in accordance with the present invention together with the screen shown on the display unit.

First, Fig-16 - plans showing the process of creating the captured image by entering through touch in the way of managing the mobile terminal in accordance with the present invention. Fig diagram shows an example of the screen with the moving image, which displays a moving image. If in the state when the screen 700 with a moving image is displayed on the unit 151 display, the user's finger or similar approaches the screen 700 with the moving image, the playback speed 700 moving images can be managed so as to slow down or speed up. Additionally, when the user's finger or the like touches the screen 700 with a moving image and, consequently, the present input 703 touch, as shown in Fig, screen, which touched, can be captured in order to create the captured image.

Team-specific user management screen, can be introduced through the block 130 user input or can be entered by selecting the icon menu that is associated with the control of the screen displayed on the screen 700 with a moving image. Additionally, when there is a touch of the left, right, top, or bottom edge of the screen area 700 with a moving image may be displayed menu related to the control screen. When the touch screen center 700 with the moving image, the screen can be closed.

When the screen is touched 700 with the moving image, screen, which touched, may not be captured immediately, but instead pauses playback of moving images, and can be displayed menu 710 select capture to select capture, as shown in Fig. If "Yes" is selected in the menu 710 select capture, screen, which touched, is captured in order to create the captured image. However, if "No" is selected in the menu 710 select capture, suspended moving image again plays without a screen capture.

Fig shows an example in which the message is displayed 720 capture is completed, informing the user that the takeover is completed. Message 720 capture is completed can be displayed in a popup window. Message 720 capture is completed can be displayed within a certain period of time, then automatically disappear, and the moving image may be displayed next. Additionally, only when there was a tap messages 720 capture is completed, the moving image may be displayed next, after that message disappears 720 capture is completed.

Fig - scheme, to which reference is made to describe the process of display screens with multiple frame and capture the screen by touching the screen in the way of managing the mobile terminal in accordance with the present invention. In this case, when there is a touch 700 with the moving image, screen, which touched, not immediately captured and displayed on the screen 700 with a moving image menu 730 selection screen, which displays the specified number of screens with personnel in the form of a thumbnail.

In other words, a certain number of screens with staff prior or subsequent relative to the screen, to which occurred touch, i.e. the current screen with the frame can be displayed on the menu 730 selection screen, and to any one of the screen shots you can touch and grab it. Here the number of screen frames that are displayed in the menu 730 screen selection may vary according to the command of the user or the like Alternatively, when any one of the screens with frames is selected in the menu 730 screen selection, the selected screen can be enlarged and displayed, and a menu to select the capture can be displayed in a popup window.

Fig-20 - diagram illustrating functional process, when injected signal of touch with the orientation in the way of managing the mobile terminal in accordance with the present invention. First, Fig shows the case in which there is an input 740 tap and drag to the left on the screen 700 with a moving image. When there is an input 740 tapping and dragging, as described above, you may see a screen with a frame, the previous screen, which is currently displayed. When there is an input tap and drag in the direction right, you may see a screen with a subsequent frame, relative to the current screen. At this time, the current screen can be captured by touching icons 745 «With»displayed on the screen 700 with a moving image.

Fig shows the case in which there is an input 750 tap and drag upward on the screen with the moving image. Fig shows the case in which there is an input 755 tap and drag downward on the screen with the moving image. When there is an input or 755 750 dragging upward or downward on the screen 700 with the moving image, as described above, can be displayed menu links or other settings menu. Additionally, there may enter dragging to the left or right, you may see a screen with the previous frame or the screen with the following frame.

Fig-23 - diagram illustrating the case when the screen capture is performed via the menu icons in the way of managing the mobile terminal in accordance with the present invention.

Referring to Fig, instead display the previous or next frame relative to the current screen when you enter dragging the left and right directions can be displayed index icons 761, 763 and 765 when the screen with the moving image is paused and the next and previous screens can be found and captured by touching the screen. In other words, the screen preceding the current screen or desirable one of the following screens may be found and displayed by touching icons 761 to select the previous screen or icons 765 to select the next screen. The screen, which touched, can be captured by touching icons 763 S.

Additionally, when the screen is touched, it can be displayed menu 770 capture screen, as shown in Fig. When a menu item is "to Capture the current screen" is selected in the menu 770 screen capture, screen with the frame displayed on the current screen captures. When you select the menu item "display the previous or the following screens may be displayed predefined number of screens previous or subsequent frames from the current screen. Additionally, when you select the menu item "display the previous and next screens, multiple screens of the previous and next frames relative to the current screen can be captured and saved. In that time the number of screen frames that are captured and stored, can be changed according to user preferences or the like

As shown in Fig, a pop up window informing that the capture is complete, you may temporarily appear, or having made the captured image can be displayed menu 780 choice of operation where the user can see the following operations. Here, when you select the menu item "Edit" screen menu 780 choice of operation, menus are available for editing the captured images. When the selected menu item Transfer "screen" menu 780 the operation selection menu is displayed to transfer the captured image selected similar to the device or an external device. When selected, the menu item "Move to folder"menu is moved to the folder where the captured image will be saved and displayed the list of saved captured images. When selected, the menu item "End playback, playback motion picture is completed and the screen will display the standby mode, main menu screen or the like Menu items included in the menu 780 choice of operation can be selected according to the custom command.

Vig-27 - the schemes referred to describe the case when the screen brightness is controlled in accordance with the signal of intimacy in the way of managing the mobile terminal in accordance with the present invention.

Here, when the screen broadcasting is saved, it can be displayed icon 830, saying that the screen TV broadcasting was saved, as shown in Fig. The fact that the screen broadcasting was saved, may also be informed through a specific button LEDs flashing or the like When you control the brightness of the display screen broadcasting the option to save or no screen display format can be determined in advance.

If the palm user is removed from the screen can be displayed menu 840 to select subsequent operations when the display screen broadcasting acquires original brightness, as shown in Fig. In this case, the menu 840 selection can also be displayed when the display screen broadcasting is switched off. When selected, the menu item "Continued viewing broadcasting" in the menu 840 choice is decoded source selected signal broadcasting and the display show broadcasting. When selected, the menu item "View saved broadcasting" in the menu 840 selection, plays saved signal broadcasting and the display show broadcasting. Additionally, when you select the menu item "view Completion broadcasting" in the menu 840 selection, viewing the broadcast fails and displays the standby screen, main menu, etc.

In addition, if in the state when the screen with the moving image or display screen broadcasts reproduced or displays other displays when the palm of the user approaches the display unit, the brightness of the display screen can be operated. When reintroduced signal about a contact, playing moving images can be completed or it can be done other operations.

Additionally, the mobile terminal or a way to control for it in accordance with the present invention is not limited to designs and methods described in connection with the above-mentioned variants of implementation. All or part of the above options for the implementation can be optionally combined to modify options for implementation in different ways.

Meanwhile, the present invention may be implemented in the recording media, which carried out the code that is readable by a processor that is included in the mobile terminal, such as a mobile station modem (MSM). Machine-readable recording media may include all types of recording devices that store data that can be read by the processor. For example, a machine-readable recording media may include ROM, RAM, CD-ROM, magnetic tapes, floppy disks, optical storage devices, etc. and can also include the form of carrying waves, such as when transferring over the Internet. Additionally, the machine-readable recording media may be used in computer systems connected over a network, and machine-readable code can be saved and run a distributed way.

As described above, according to the present invention, the playback speed of a moving image that is displayed on the display unit can be operated according to the signal of intimacy, discovered proximity sensor. A variety of operations, such as capturing screenshots, can be operated in connection with entering through touch. Accordingly, the user can easily control the functioning of the mobile terminal via operations approximation your finger to the screen and touch screen, instead of selecting a menu related to the control and execution of the selected menu.

Although the invention described in connection with the approximate variant of implementation that are currently considered the most practical, it should be understood that the invention must not be limited options open implementation, and on the contrary, is intended to cover various modifications and equivalent configuration, do not go beyond the spirit and scope of the enclosed claims.

1. Mobile terminal, containing: Touch the screen to display moving images; proximity sensor for detection of the object in the immediate vicinity of the touch screen; and controller to control the playback speed of the moving image, according to the degree of approximation between the object and touch screen, the controller frame captures images of moving image when an object comes into contact with the Central area of the touch screen, and displays a menu related to the control screen of the moving image on the touch screen when the object comes into contact with the border area of the touch screen.

2. Mobile terminal, containing: touch the screen to display moving images; proximity sensor for object detection in the immediate vicinity of the touch screen; and the controller to control the playback speed of the moving image, according to the degree of approximation between the object and touch screen, the controller stops the movement of the moving image, when an object comes into contact with the Central area of the touch screen, and displays a menu related to the control screen of the moving image on the touch screen when the object comes into contact with the border area of the touch screen.

3. Mobile terminal in paragraph 2, in which the controller with a certain step moves the image according to the object's motion on the touch screen where it touches the touch-screen.

4. Mobile terminal in paragraph 2, in which the controller captures the image with the moving image, according to the motion of the object on the touch screen where it touches the touch-screen.

5. Mobile terminal in paragraph 2, in which the controller frame captures images of moving images and is sending the captured image, according to the motion of the object on the touch screen where it touches the touch-screen.

6. Mobile terminal in paragraph 2, in which the controller displays multiple image frames of a moving image, when an object comes into contact with the touch screen.

7. Mobile terminal 6, multiple image frames contain at least one of: a picture frame, the previous display frame, the image currently displayed; and the frame of the image that should be displayed when moving the image again will start to move.

8. Mobile terminal, containing: touch the screen to display moving images; proximity sensor for detection of the first or of the second object in the immediate vicinity of the touch screen, and the second object has a broader scope of discovery than that the first object; and the controller to control the playback speed of the moving image, according to the degree of approximation between the first entity and touchscreen when the first object is detected by means of non-contact sensor, the controller provides a menu screen capture on the touch screen when the first object comes into contact with the touch screen and controller controls the brightness of the image is moving, when the second object is detected via a proximity sensor.

9. Mobile terminal of claim 8, while the menu screen capture contains at least one of: functions to capture the current frame image; functions for displaying multiple image frames of the moving image; and options to capture multiple frames of images of a moving image.

10. Mobile terminal of claim 8, in which the controller provides a selection on the touch screen, under the status of the second object in the immediate vicinity of the touch screen, and the selection menu contains at least one of: functions to continue viewing the current broadcasting; options to view the saved broadcasting and functions to complete view of broadcasting.

11. Mobile terminal of claim 8, while the menu screen capture is available on the touch screen via a popup.

12. The way mobile device management in a way that provides the steps, in which: display a moving image on the touch screen; find the object in the immediate vicinity of the touch screen; control the playback speed of the moving image, according to the degree of approximation between the object and the touchscreen; capture the image with the moving image, when an object comes into contact with the Central area of the touch screen, and display a menu related to the control screen of the moving image on the touch screen when the object comes into contact with the border area of the touch screen.

13. The method of control of the mobile terminal and the way contains the time that: display a moving image on the touch screen; find the object in the immediate vicinity of the touch screen; control the playback speed of the moving image, according to the degree of approximation between the object and the touchscreen; stop the movement of the moving image, when an object comes into contact with the Central area of the touch screen, and display a menu related to the control screen of the moving image on the touch screen when the object comes into contact with the border area of the touch screen.

14. The method indicated in paragraph 13, optionally containing phase, which with a certain step, move the image according to the object's motion on the touch screen where it touches the touch-screen.

15. The method indicated in paragraph 13, additionally contains a stage, where the captured image with the moving image, according to the motion of the object on the touch screen where it touches the touch-screen.

16. The method indicated in paragraph 13, additionally contains a stage, where the captured image with the moving image, and will transfer the captured image, according to the motion of the object on the touch screen where it touches the touch-screen.

17. The method indicated in paragraph 13, additionally contains a stage at which display a variety image frames of a moving image, when an object comes into contact with the touch screen.

18. The method according to 17, in which multiple image frames contain at least one of: a picture frame, the previous display frame, the image currently displayed; and the frame of the image that should be displayed when moving the image again will start to move.

19. The method of control of the mobile terminal and the method contains the time that: display a moving image on the touch screen; find first or second object in the immediate vicinity of the touch screen, and the second object has a broader scope of detection than the first object; control the playback speed of the moving image, according to the degree of approximation between the first entity and touchscreen when the first object is detected via a contactless sensor; provide menu screen capture on the touch screen when the first the object comes into contact with touch screen; and control the brightness of the moving image, when the second object is detected via a proximity sensor.

20. The method of claim 19, when this menu screen capture contains at least one of: functions to capture the current frame image; functions for displaying multiple image frames of the moving image; and options to capture multiple frames of images of a moving image.

21. The method of claim 19, additionally contains a stage at which provide a selection on the touch screen, under the status of the second object in the immediate vicinity of the touch screen, and the selection menu contains at least one of: functions to continue viewing the current broadcasting; options to view the saved broadcasting and functions to complete view of broadcasting.

22. The method of claim 19, in which the menu screen capture is available on the touch screen via a popup.